After successful completion of the course, students are able to independently carry out the modeling of simple electrical energy systems. This includes energy modeling, energy-economic evaluation of measured data and simple network analyses. Students will be able to apply the fundamentals of electrical engineering to energy transmission and distribution and apply simple basic rules of electrical energy technology using computers.

Energy economics (EEG):

•     Modeling of PV generation
•     Introduction to Python + Jupyter Notebook
•     Profitability analysis of PV generation (rooftop, ground-mounted systems)
•     Statistical analysis of generation data and electricity prices

Energy systems and networks (NES):

•     Introduction to modeling electrical power systems and grids
•     Modeling simple power flows - computer exercise
•     Grid control - theory
•     Modeling of grid control - computer exercise

Simulation project in groups on energy economics and grid simulation / analysis of photovoltaics in distribution grids. Presentation on study trip (compulsory attendance).

lectures, computer based calculation exercises, presentations by students

Please contact pruefung@ea.tuwien.ac.at for further questions and feedback.

Group works with simulation examples, submission of a report, presentation on a study trip in June 2024 (compulsory attendance)

The necessary documents will be provided in TUWEL.

Basics of electrical engineering, please visit "Elektrische Energiesysteme" simultaneously